Answer to Question #160710 in Mechanics | Relativity for Sagad

Question

the energy difference between the ground level and the first vibration level of oxygen gas is equal to 10^-29 x 3.1391 joules. Compare the ratios of the particles between two levels at 750 K and 2000 K , and calculate the wave number for two temperatures

Answer 1

$W = 3.1391*10^{-29}$

$T_1 = 750K \space \space T_2 = 200K$

Oxygen $O_2$ $M(O_2) = 32g/mol$

W = $\frac{3}{2}\nu R \delta T+ \frac{hc}{\lambda}$ $\to \lambda= \large\frac{hc}{W - \frac{3}{2}\nu R \delta T} = \frac{6.62*10^{-34}*3*10^8}{3.1391*10^{-29} -1.5*32*10^{-3}*8.31*1250} =$ 832nm